Toshiba CV Medium Voltage Vacuum Contactors

Standard Contactors

Description Part Number Price (ex VAT) Qty
CV-6KA 720A 110V COI 7.2KV 3P 720A CONTACTOR 100-250V COIL CV-6KA1-110V
Add to cart

Latched Contactors

Description Part Number Price (ex VAT) Qty
Add to cart

New Series!

High-Voltage Vacuum Contactors and Vacuum Combination Units

Since the introduction of the first Vacuum Interrupter in 1962, Toshiba has been continuously improving and developing Vacuum Technology. Over 180 thousands Toshiba Vacuum Contactors and Combination Units have been installed, providing reliable services in wide variety of applications worldwide. Consistent with its dedication to the most advanced vacuum technology, Toshiba offers new series of High-voltage vacuum contactors and Vacuum Combination Units with fuses. By adopting an electronics controlled circuit and being designed compactly to ensure reliability, handling ease and safety, the new series of High-voltage Vacuum Contactors and Vacuum Combination Units with fuses are suitable for Motor starters, Transformer feeders and Capacitor switching applications.

Compact and Lightweight

Compact and slim design contactors can be applied to either two-tier motor starters or slim starters per IEC 60470(2000). The Contactors CV-6GA and CV-6HA have the same outline and mounting dimensions, as well as dual voltage ratings (3.6/7.2kV).

Excellent Breaking Performance

Since the higher interrupting capacity and short-time withstand capability, Toshiba Vacuum Contactors are appropriate to fuse combination for large capacity load, and to high-speed breaking.

No Surge Protection Required

Special main contact materials minimize chopping current. No surge suppressor/arrester is required except for special applications.

Conformity to Industrial Standard

Conforming to international standards such as IEC, BS, AS and JEM, being certified by class NK and TUV Toshiba Vacuum Contactors can be used widely all over the world.

Low Power Consumption

The control device adopts an IC circuit, the control voltage either AC or DC can be easily changed by switches in the electronic circuit board without changing the coil and/or other parts. Since the economizing resistors are eliminated, the power consumption in holding condition has been reduced.